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Airport Design for Sustainability Jon Williams – General Manager Building Services. Beca

Airport Design for Sustainability Jon Williams – General Manager Building Services. Beca. The Building Industry – A Global View. Buildings CONSUME 40% of the world’s raw resources (3 billion tons) 15% of its fresh water 40% of its energy 50% of the timber harvest.

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Airport Design for Sustainability Jon Williams – General Manager Building Services. Beca

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  1. Airport Design for SustainabilityJon Williams – General Manager Building Services. Beca

  2. The Building Industry – A Global View Buildings CONSUME • 40% of the world’s raw resources (3 billion tons) • 15% of its fresh water • 40% of its energy • 50% of the timber harvest

  3. The Building Industry – A Global View Buildings PRODUCE • 40% of solid waste to landfill • 40% of harmful air emissions • 35% of the world’s CO2 emissions

  4. Evaporation (20%) Convection (35%) Radiation (45%) Thermal Comfort Productivity and Comfort • Productivity Factors: • Comfort • Responsiveness • Ability to influence • Indoor air quality • Proximity to views • Natural daylight • Comfort is not just air temperature.

  5. Two Airport Projects

  6. Pier B – 12 gate layout

  7. Expandable Building • Pier B current build is first stage. • Services and structure installed ready for next addition. • New terminal arrivals area also ready for expansion.

  8. MARS Gate (Multiple Aircraft Ramping System) • Two air bridges provided. • Allows two Code Caircraftto dock at the same gate. • Minimises new build to provide increased gate capacity. • Requires increased security door configuration.

  9. MARS Configuration

  10. GPUs (Ground Power Units) • GPU powers the aircraft while on the stand, negating the need to run aircraft engines. • Reduced: • Fuel consumption • Fuel emissions • Noise • Aircraft maintenance costs • Per passenger costs

  11. PCAs (Pre Conditioned Air) • PCA ventilates, cools, dehumidifies, filters and heats air entering the aircraft while on the stand. • Aircraft engines can remain off. • Combined with GPUs • reduced fuel emissions of 198 tonnes/annum • Forecast $8M, 1 year payback

  12. LEED (Leadership in Energy & Environmental Design) • LEED is the US Green Building Council’s building rating system. • Pier B aims to be the first LEED accredited airport project outside of North America. • LEED provides 3rd party verification that Pier B meets the highest green building and operational standards. • Ensures water and energy conservation, reduced green house gas emissions and waste to landfill, healthier environments for all occupants.

  13. LEED – Credit Categories (Available Points) • Sustainable Sites (14) • Water Efficiency (5) • Energy & Atmosphere (17) • Materials & Resources (13) • Indoor Environmental Quality (15) • Innovation & Design Process (5) • Total of 69 Possible Points.

  14. Sunlight and Water

  15. Artificial Light and Efficiency

  16. Insulation and Control

  17. Artesian Water

  18. Artesian Water Heating and Cooling

  19. Artesian Water Heating and Cooling

  20. Energy Consumption 17.1% reduction in energy per m² 18.3% increase in area

  21. Mixed Mode Air Conditioning Air Conditioned Natural Vent Mixed Mode

  22. Zero Energy Building, Singapore

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